Fast Readings
Quickly provides accurate SpO2 and pulse rate readings from small to large fingers, good to low perfusion, and dark to light skin tones
Easy Integration
Easily integrates into most telemedicine hubs via USB port
Long Battery Life
Provides up to 2,200 spot checks on two AAA batteries
Accuracy in a Wide Range of Patients
Dependable accuracy in the widest range of patient populations and settings, so you can provide one device for your clients
CorrectCheck™ Technology
Proprietary CorrectCheck technology gives feedback when the finger is not placed properly in the device
Easy to Read
Large patient facing display makes getting readings quick and simple
SmartPoint™ Sync Feature
Indicates when the oximeter is syncing with the hub; user can remove oximeter after sync is complete
SmartPoint™ Capture and Send Technology
The SmartPoint algorithm determines when a high quality measurement is ready to be transmitted, and includes an indicator of quality
PureSAT® Technology
Only Nonin oximeters use PureSAT® SpO2 technology, which allows for pulse-by-pulse readings that can capture events such as rapid desaturation
Pulse Amplitude Strength Reporting
Provides pulse amplitude index number in the data stream—no need to calculate your own number
Automatic On and Off
Automatic power switching for ease of use and extended battery life; provides up to 2,200 spot checks on two AAA batteries
Proven Durability and Quality
Protects against dropping and water spills, backed by a 2-year warranty
Your Partner
of Choice
With more than 30 years of experience and dedication to the design and support of noninvasive monitoring devices, Nonin has helped many medical professionals meet clinical and economic objectives. More than 300 OEM partners around the world rely on Nonin technology to successfully integrate superior pulse oximetry and capnography into their products.
PureSAT® Technology
Clinically Proven
Nonin PureSAT technology uses intelligent pulse-by-pulse filtering to provide fast, precise oximetry measurements—even in the presence of SpO2 changes, poor peripheral blood circulations, motion, and other challenging conditions.
